50% of tensile strength remain after 3weeks.

Complete absorption in tissues takes around 56 to 70 days.

Soft and flexible, making it easy to handle and smoothly pass through tissues, assisting healthcare professionals in performing surgery effectively.

Easy to tie knots and firmly secures at the suture site.

It is made of a highly biocompatible material, minimizing reactions to surrounding tissues.

It has high tensile strength, stabilizing tissues securely.

Approximately 50% of tensile strength remain after 3 weeks.

Complete absorption in tissues takes around 60 days to 90 days.

Rapid absorption characteristic.

High flexibility, easy to handle, and suitable for various tissues. It is widely used, especially in endoscopic and orthopedic surgeries.

High biocompatibility and low reactivity to surrounding tissues.

Approximately 50% of tensile strength remain after 2 weeks.

Complete absorption in tissues takes around 90 days to 110 days.

High pliability and handing properties.

High tensile strength.

Lower incidence of infection and trauma due to smooth surface.

Reliable absorbability.

Approximately 50% of tensile strength remain after 6 weeks.

Complete absorption in tissues takes around 180 days to 210 days.

High tensile strength stabilizes tissues securely.

The surface is smooth, resulting in a low rate of infection or trauma occurrence.

It has a high in-vivo persistence rate, securing the tissue during the necessary period post-surgery to aid in the healing process.

It promotes skin regeneration by supporting the surrounding tissue and facilitating healing.

High biocompatibility and minimal reaction to surrounding tissues.

Approximately 50% of tensile strength remain after 6 weeks.

Complete absorption in tissues takes around 180 days to 210 days.

Helps to anchor and hold tissues in place more securely than traditional sutures, reducing the risk of tissue slippage or migration.

Barbed sutures can potentially reduce operating time as they eliminate the need for individually tying knots, making them particularly useful in procedures where efficiency is important.

Minimize tissue damage or injury that may occur when using knots.

Approximately 50% of tensile strength remain after 2 weeks.

Complete absorption in tissues takes around 90 days.

Excellent tissue support

Excellent knot tie down

Uniform absorption

Excellent knot security

Soft passage through the tissues without sawing, tissue drag and traumatism

Excellent handling properties

High tensile strength

High fexibility